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Supplier: Versitron, Inc.
Description: products may be used in any FOM II enclosure. Click here for Chassis & Accessories The F2900 Series provides two independent channels over a pair of optical fibers. Each channel isolates signals from RS-232, RS-422, RS-530, RS-449, MIL-STD-188-114A (balanced or unbalanced), TTL
- Cable Type: Single Mode / Multimode
- Connector Type: ST
- Data Rate: 5.00E-5 to 10 Mbps
- Operating Temperature: -40 to 158 F
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Supplier: Glenair, Inc.
Description: Gbps and BeyondOptoelectronics (also referred to as photonics) are various forms of optical transceivers / receiver assemblies, copper-to-fiber media converters, "active" connectors and cables and other devices used to convert digital electrical signals in electronic equipment into
- Form Factor: Module
- Primary Network: Other
- Secondary Network: Other
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Supplier: Glenair, Inc.
Description: Gbps and BeyondOptoelectronics (also referred to as photonics) are various forms of optical transceivers / receiver assemblies, copper-to-fiber media converters, "active" connectors and cables and other devices used to convert digital electrical signals in electronic equipment into
- Form Factor: Module
- Primary Network: Other
- Secondary Network: Other
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Supplier: Versitron, Inc.
Description: and complete transparency for data communications. Benefits of fiber optics in communications systems: Security Greater Bandwidth EMI/RFI Immunity Greater Distances Isolation Low Signal Attenuation
- Form Factor: Module
- Primary Network: RS232/422/485, Other
- Primary Port Maximum Cable Distance: 2000 m
- Secondary Network: Single Mode Fiber, Multimode Fiber
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Supplier: Versitron, Inc.
Description: versatile solutions and complete transparency for data communications. Benefits of fiber optics in communications systems: Security Greater Bandwidth EMI/RFI Immunity Greater Distances Isolation Low Signal Attenuation
- Form Factor: Module
- Primary Network: RS232/422/485, Other
- Primary Port Maximum Cable Distance: 2000 m
- Secondary Network: Single Mode Fiber, Multimode Fiber
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Supplier: L-com, Inc.
Description: an important optical relay transmission equipment in 1550nm optical fiber communication system. The FOEDFA55BA1FC78C-14 product mainly used for distributing and extending optical signals in CATV network applications, the FOEDFA55BA1FC78C-14 product is mainly
- Amplifier Model: Rack Mount
- Amplifier Type: EDFA
- Saturated Output Power: 14 dB
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Supplier: L-com, Inc.
Description: an important optical relay transmission equipment in 1550nm optical fiber communication system. TheFOEDFA55BA1FC78C- 17 product mainly used for distributing and extending optical signals in CATV network applications, the FOEDFA55BA1FC78C-17 product is mainly
- Amplifier Model: Rack Mount
- Amplifier Type: EDFA
- Saturated Output Power: 17 dB
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Supplier: L-com, Inc.
Description: an important optical relay transmission equipment in 1550nm optical fiber communication system. TheFOEDFA55BA1FC78C- 17 product mainly used for distributing and extending optical signals in CATV network applications, the FOEDFA55BA1FC78C-17 product is mainly
- Amplifier Model: Rack Mount
- Amplifier Type: EDFA
- Saturated Output Power: 18 dB
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Supplier: L-com, Inc.
Description: an important optical relay transmission equipment in 1550nm optical fiber communication system. TheFOEDFA55BA1FC78C- 15 product mainly used for distributing and extending optical signals in CATV network applications, the FOEDFA55BA1FC78C-15 product is mainly
- Amplifier Model: Rack Mount
- Amplifier Type: EDFA
- Saturated Output Power: 15 dB
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Supplier: Broadcom Inc.
Description: The Avago AFBR-79E3PZ is a 4-channel QSFP+ pluggable optical transceiver module device with an integrated pull tab for 40 Gigabit Ethernet (40GbE) applications supporting extended link distance up to 300 m (400 m) using OM3 (OM4) multimode fiber (MMF). The device is capable of
- Cable Type: Multimode
- Connector Type: MTP
- Data Rate: 10.31 Gbps
- Maximum Optical Output Power: 1 dBm
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Supplier: Glenair, Inc.
Description: Gbps and BeyondOptoelectronics (also referred to as photonics) are various forms of optical transceivers / receiver assemblies, copper-to-fiber media converters, "active" connectors and cables and other devices used to convert digital electrical signals in electronic equipment into
- Data Rate: 1 to 10 Gbps
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Supplier: Versitron, Inc.
Description: Bring fiber to your desktop with the N70150 1000Base-X PCI Adapter! This product supports GBIC module technology for multimode or singlemode cable and guarantees you all the benefits of optical networks including more available bandwidth, longer networking
- Data Rate: 2.00E6 kbps
- Host Bus: PCI
- Number of Ports: 1
- Operating System: Windows 2000, Novell NetWare?, Linux?, Other
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Supplier: D-Link Systems, Inc.
Description: 10 Gigabit speeds over CAT6a/CAT7 LAN cabling up to 100m in distance. These ports are backward compatible with 1000BASE-T, so they can also connect to any Gigabit device. The switch additionally includes two (2) 10GbE fiber ports (SFP+) which can be connected to other 10GbE ports with
- Data Rate: 200 Gbps
- Number of Ports: 10 #
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(https://www.pi-usa.us/en/products/photonics-alignment-solutions,) the output signal conversion is logarithmic and optical power changes can be detected and converted with a bandwidth of 6kHz. Features (read more)
Browse Energy Meters and Optical Power Meters Datasheets for PI (Physik Instrumente) L.P. -
ECN000-04P4-08S-04F-IP66 is CENO’s new designed integrated slip ring which is compatible with 4 channels Fiber Optic Rotary Joint, 4 circuits 20A electrical power and 8 circuits for data signals. Advantage is the integrated slip ring is that use optical fiber to transmit information (read more)
Browse Fiber Optic Rotary Joints Datasheets for CENO Electronics Technology Co., Ltd. -
With a resolution of < 30 picometers, the innovative interferoMETERs from Micro-Epsilon achieve a new level of precision in optical measurement technology. Depending on the application, three different versions are available. The IMS5400-DS for high precision and industrial distance (read more)
Browse Interferometers Datasheets for Micro-Epsilon Group -
to 20 mbps with multimode or single mode fibers. It can also be used as one way to transmit and receive TTL signals, ST connectors are standard for all variations. Distance capability is from 2Km (over 1 mile) to 40 km (25 miles). This product uses very low power making it possible to use battery (read more)
Browse Network Media Converters Datasheets for S.I. Tech, Inc. -
, or distance) of other objects. With state-of-the-art optical metrology equipment, Shanghai Optics is capable of producing and also testing precision optical components and systems. We inspect and qualify the produced parts in accordance with our customers’ specific requirements and MIL (read more)
Browse Optical Manufacturing Services Datasheets for Shanghai Optics -
To learn more, visit: Custom Fiber Collimators. www.shanghai-optics.com A fiber collimator is an optical (read more)
Browse Collimators Datasheets for Shanghai Optics -
standard. These active blind-mate optical interconnects are revolutionary solutions for VPX systems and meet the stringent SWaP requirements of today’s defense applications in which high-bandwidth fiber optic transceivers are replacing copper interconnects. Features (read more)
Browse Board to Board Connectors Datasheets for Smiths Interconnect -
high definition (HD) sensors, per mission and need. ROMlite utilizes a single cable of rugged fiber, connecting the turret to the airplane, ensuring vast bandwidth for faster and noise free bidirectional data exchange. Moreover, the media that streams from sensors is sharp, clear, and uncompressed (read more)
Browse Condition Monitors and Fault Detectors Datasheets for OFIL Systems -
cabling Fiber optic cabling solves these problems and offers users: High data rate and wide bandwidth Immunity to EMI/RFI and lightning damage No ground loops Low attenuation (data loss) Longer distance - 2 (read more)
Browse Fiber Optic Cables Datasheets for S.I. Tech, Inc. -
. Additional Information Typical Bit Error Rate: Better than 10-9 Operating distance is dependent upon optical fiber core diameter and the cable's optical attenuation. The table below indicates three cables that may be (read more)
Browse Network Equipment Datasheets for S.I. Tech, Inc.
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Optical Switching - Preface
. Constant advances in this area have unlocked a significant portion of the bandwidth. that optical fibers offer; this has, however, not yet been fully exploited. This means. that only a fraction of the usable capacity is actually used to carry data. One of the. reasons for this mismatch between
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Smart Computing Article - Fiber-Optic Magic
June 2002 Vol.6 Issue 6 Page(s) 24-29 in print issue Add To My Personal Library Light Technology Is Critical To The 'Net The weakening of a transmission signal that occurs over time and distance. The pulses of light transmitted in optical fiber gradually weaken due to constant reflection
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Smart Computing Article - Inside Fiber Optics
August 2000 Vol.4 Issue 3 Page(s) 44-47 in print issue Add To My Personal Library What Makes These Tiny Strands Capable Of Carrying So Much Data So Quickly The weakening of a transmission signal that occurs over time and distance. The pulses of light transmitted in optical fiber gradually weaken
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Optical Bit Error Rate - Preface
to 40 GHz, and, thus, the potential. aggregate bandwidth in a single strand of fiber is currently in excess of peta-bits. per second* (1 Pbit/s = 1,000,000,000,000,000 bits) and at distances over hundreds. of kilometers. As such, the sophistication of the data path as well as of the receiving. end
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Smart Computing Article - Free Software Foundation (FSF) to freeze
signal is sent along to network hardware. (A type of fiber connection is made between the sending/receiving devices and the network.) FSO, also called free space photonics, open-air photonics, optical wireless, and infrared broadband, can work over distances of up to approximately two miles
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Optical Coherence Multiplexing For Interprocessor Communications
Where distances are great (100 m or more), the distance - bandwidth product of optical fibers is unmatched by elec- trical cables, and as a consequence, optical fiber links have become pervasive in telecommunications and are expanding into local area network applications.
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RF-over-fiber and Optical Processing for Navy Applications
The superior distance - bandwidth product of optical fiber communications led the digital telecommunications community to develop high-quality and versatile optoelectronic and passive optical components such as laser diodes capable of modulation rates of over 10 GHz, external modulators with modulation rates …
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An efficient and fair probabilistic scheduling protocol for multiple-channel lightwave networks
Over the past several years various schemes have been proposed to exploit the large bandwidth - distance product of optical fibers [LiF182, Maxe86, MuMe881.
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Optoelectronic programmable hardware: a fiber optic based Johnson counter
The bandwidth - distance product of optical fibers is continuously being pushed forward with the introduction of new processes and materials for the fabrication of ultra-low loss low-dispersion fibers.
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The convergence of photonics and micro-electronics
Even with plastic optical fibers, the bandwidth - distance product of optical fiber is superior to that of copper lines3 .
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Optical coherence multiplexing for interprocessor communications
On the other hand, short optical links (intrachip, chip-to- chip, board-to-board) have not progressed nearly as much.6-9 For these links the bandwidth - distance product of optical fibers cannot be fully exploited, and applications have not been found …
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Ultrafast All-Optical Synchronous Multiple Access Fiber Networks
Various schemes have been proposed in order to exploit the high bandwidth - distance product of optical fibers .
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http://dspace.mit.edu/bitstream/handle/1721.1/69785/777362031-MIT.pdf?sequence=2
12 Figure 2: Distance - bandwidth product for optical fiber and electrical interconnect ................
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Silicon waferboard-based single-mode optical fiber interconnects
Single-mode optical fiber has a bandwidth distance product of greater than 5 GHz/km while multimodeoptical fiber has a typical bandwidth distance product of 300 MHz/km.
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Self-routing photonic switching with optically processed control
fully utilizing the large bandwidth - distance product of the optical fiber .